轉職熱搜工作

1. 針對不同產品（智慧型手機/汽車/...）進行互連IP/Fabric IP/系統級快取IP/相關匯流排子系統設計 2. 與設計驗證團隊合作，確保功能性 3. 與效能驗證團隊合作，確保滿足效能要求（頻寬/延遲） 4. 執行IP設計品質控制流程（lint、CDC、Spyglass DFT、UPF等） 5. 執行RTL前端流程（SDC品質檢查、時脈約束檢查等）

1.數位電路設計 2.多媒體架構與電路設計 3.多媒體系統整合 1.Digital IC Design 2.Multimedia Architecture and Design 3.Multimedia System Integration

1. High Speed digital design implementation 2. Integration from RTL to gate level, including flow QC, timing closure and issue analysis & solving 3. Signoff on design with mixed-signal interface 4. Design methodology and integration flow improvement

開發手機/平板SoC模擬及分析平台， 從系統效能，功率消耗，溫度控制...等多重面向分析產品競爭力， 進而從系統角度優化硬體架構及軟體控制策略。

1. Familiar with DFT plan, methodology, implementation 2. Familiar with new DFT flow such as SSN, HSIO 3. Familar with STA, timing analysis

We are looking for candidates that can communicate complex engineering subjects effectively to cross functioning technical teams and upper management. Strong DFT and testing skills will be put to good use. Successful handling with many external teams from pre-silicon phase cross to post-silicon on advance silicon and assembly process. Key Responsibilities • Drive DFT Excellence: Define DFT architecture specifications that enhance ATE and production test environments, optimize test costs, and improve quality across future MTK ASIC product portfolios. • Product test planning capability: Manage comprehensive post-silicon flow optimization, and test deployment for new product launches • Manufacturing Integration: Serve as a key contributor within MTK’s Global Quality and Operations organization to deliver optimal manufacturing test solutions from early product conception through post-silicon validation • Design Collaboration & Quality Assurance: Partner closely with design teams to ensure accurate implementation of DFT structures and compliance with specifications.

1. 使用模擬工具分析汽車SoC的性能、功耗和熱管理指標。 2. 改進模擬模型，識別並針對SoC最佳化領域。 3. 實施策略，提升車載SoC的性能和效率。 4. 自動化評估流程，實現持續的SoC最佳化。 5. 跟進汽車SoC設計的最新進展，專注於系統層面的改進。

1. 使用模擬工具分析汽車SoC的性能、功耗和熱管理指標。 2. 改進模擬模型，識別並針對SoC最佳化領域。 3. 實施策略，提升車載SoC的性能和效率。 4. 自動化評估流程，實現持續的SoC最佳化。 5. 跟進汽車SoC設計的最新進展，專注於系統層面的改進。

1. 熟悉 2.5D 或是 3D 封裝技術, 開發和量產經驗 2. 從系統架構優劣比較, SIPI 或是測試或是 thermal 角度來提供適合的封裝技術

1. Clock架構與RTL設計 2. SOC IOMUX架構與RTL設計 3. SoC Floorplan架構規劃 4. 旗艦智慧型手機晶片整合 5. 車用系統晶片整合